This paradigm can be generalized to the CV degrees of freedom present in a bosonic mode:
CV cluster states are Gaussian entangled states that enable CV measurement-based quantum computation via local measurements [1]}.
The simplest of these are referred to as canonical CV cluster states [2]}, which are constructed by applying controlled-Z gates \(e^{i \hat{q}\otimes \hat{q}}\)  to momentum-squeezed vacuum states.
CV cluster states with any graph can be generated on demand since both the controlled-Z gates, and the preparation of momentum-squeezed vacuum states can be implemented deterministically.
